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April 11, 2016

RBF Morph published on the Newsletter EnginSoft Year 13 n°1

RBF Morph published on the Newsletter EnginSoft Year 13 n°1 – 64 an article on how the FEA tool ANSYS Mechanical in conjunction with the ACT Extension RBF Morph is able to overtake the limitations of the standard workflow based on the generation of a new mesh for each shape variation which is updated according […]

April 8, 2016

RBF Morph with Pipistrel at Engineering Playground

The RBF Morph Team with Pipistrel will participate from March 21th to April 25th at Spazio Eventi Tirso in Rome “Engineering Playground” hosted by the exhibition of LEGO® sculptures. “The Art of the Brick”. For the Engineering Playground RBF Team with Pipistrel  have prepared 3D printed models of aircrafts that allow to clearly understand how […]

March 30, 2016

RBF Morph at JCM 2016

RBF Morph in collaboration with Design Methods Company will participate to The 7th Joint Conference of ADM –INGEGRAF – AIP PRIMECA – JCM 2016 taking place at Catania Italt between 14th and 16th September 2016. The JCM 2016 originates as the 8th Joint Conference of ADM (Associazione Nazionale Disegno e Metodi dell’Ingegneria Industriale) INGEGRAF (Asociación Española de Ingeniería […]

January 21, 2016

RBF Morph ACT Extension in the ANSYS ACT Application Store

With great pleasure the RBF Morph team is glad to announce that the RBF Morph Extension with limited features now can be freely downloadable in the ANSYS ACT Application Store reachable through the ANSYS Customer Portal. Enjoy our technology and expand the boundaries of your analyses exploiting mesh morphing! .     ANSYS ACT Application […]

January 17, 2016

Design Methods wins 2016 Hall of Fame competition using RBF Morph

Design Methods company won the 2016 Hall of Fame world competition in the session Corporate thanks to a groundbreaking application concerning the optimization of A-class catamaran that was accomplished through the coupled use of ANSYS Fluent and RBF Morph. In specific, a CFD sail analysis with an analytical velocity prediction program (VPP) was tuned against […]